39 results about "Patient type" patented technology

A reflectance sensor which can be applied to a patient in a manner which reduces the light energy reaching the detector without first being attenuated by the tissue at the measurement site. Moreover, the reflectance sensor includes emitting devices adapted for use in legacy patient monitoring systems.

An automated external defibrillator automatically determines the type of patient to which it is attached based on patient-specific information entered by the user. The defibrillator includes electrodes that are adapted for placement on a patient, a pulse generator connected to the electrodes, and processing circuitry that controls the defibrillation pulse delivery from the pulse generator. The automated external defibrillator causes a defibrillation pulse to be delivered to the patient in accordance with the determined patient type. A user interface having a user input connected to the processing circuitry enables the user of the defibrillator to enter patient-specific information. The user may enter the patient-specific information by interacting with the user input during a time period in relation to a prompt from the defibrillator. In another aspect, data pertaining to identification of the type of patient connected to the electrodes may be recorded with event data in a memory.

A method for monitoring a physiological condition of a user with an apparatus in a computer network is disclosed. The method generally includes the steps of (A) storing authorization information in a nonvolatile condition within the apparatus, the authorization information being suitable for identifying at least one of (i) one or more authorized patients among a plurality of medical patients of a health monitoring service and (ii) one or more authorized types among a plurality of patient types of the health monitoring service, (B) sensing biometric data from the user of the apparatus and (C) identifying the user as a particular patient from at least one of (i) the authorized patients and (ii) the authorized types in response to matching the biometric data to the authorization information.

Systems, methods, and user interfaces for providing dynamic risk stratification for clinical decision support are provided. Selections of patient types are received for patients. Assessments to utilize are determined in accordance with the patient types. The assessments are displayed to facilitate first clinicians assessing risk factors and contraindications for the patients. Information associated with the patients is received. Second clinicians may be alerted if risk factors for the patients are identified and the assessments have not been completed. Pharmacologic and / or mechanical prophylaxis is recommended and overall risk levels associated with the patients are indicated.

The present invention encompasses a model-based method for determining insulin sensitivity and glucose absorption from oral glucose tolerance tests or mixed meals. The present invention has several advantages over current methods. The technique requires about four to six blood samples taken over about two to three hours following glucose ingestion and is therefore applicable to large-scale clinical trials. The analysis involves a reduced version of the classical minimal model, a method for describing glucose absorption using only two parameters, and an integral approach enabling the parameters to be obtained using simple algebra. The present method robustly identifies differences in insulin sensitivity in different patient types as well as improvements in insulin sensitivity arising from pharmaceutic therapy. In addition, insulin sensitivity measurements obtained with the present method are highly correlated with results from hyperinsulinemic clamps (r2>0.8). This method is therefore a practical and robust method for determining insulin sensitivity under physiologic conditions.

The invention provides an importing method of a DICOM (Digital Imaging and Communications in Medicine) image to solve the problem in the prior art that required image data can not be quickly found during the three-dimensional reconstruction of a medical image. The method comprises the following steps: obtaining one group of DICOM image files, wherein each DICOM image file in one group of DICOM image files comprises a patient identifier, image position information, acquisition time and a serial number corresponding to the DICOM image file; according to the patient identifier, the image position information, the acquisition time and the serial number, classifying one group of DICOM image files, obtaining multiple groups of DICOM image files of the same patient, the same thickness, the same tangent plane and the same stage, wherein the multiple groups of DICOM image files are sequentially arranged according to an axial position direction; according to the patient types, the section thicknesses, the tangent plane types and the stage types of the multiple groups of DICOM image files, generating a nesting folder; and according to a root directory path of the nesting folder, independently importing the multiple groups of DICOM image files into the nesting folder. The importing method is suitable for the field of the three-dimensional reconstruction of images.

The invention discloses an infectious disease early risk early warning method and device based on artificial intelligence and computer equipment. The method comprises the steps that case information of a first user terminal is received, whether the case information is matched with a preset infectious disease patient type or not is judged, if yes, an information obtaining request is sent to obtaindetailed patient information fed back by the first user terminal, and the case information and the detailed patient information are quantized to obtain patient quantized information, and a patient risk value corresponding to the patient quantitative information is obtained according to a patient risk prediction model, and risk early warning information of each region is obtained in combination with a region risk analysis model. The method is based on an intelligent decision-making technology, belongs to the field of artificial intelligence and digital medical treatment, can conveniently, quickly and accurately distinguish early infected persons of influenza viruses, and quickly obtains risk early warning information of a region by combining a region risk analysis model with a patient riskvalue; therefore, early risk early warning can be carried out on disease risks of regional infectious diseases when epidemic situations do not burst on a large scale.

The invention discloses an ultrasonic diagnostic apparatus with a touch screen and a preset value selecting method thereof for selecting a preset value in a human physiology figure interface. The method comprises the following steps of: firstly selecting a corresponding human physiology figure according to a patient type, loading the selected human physiology figure by a system, lighting up the image of the figure of a part to be examined; when a user selects the image of the figure of the part to be examined, loading the type of a probe related to the examined part and loading a set of all preset values corresponding to the examined part by the system; popping up a preset value selection box for the user to select a required preset value and then entering into an examining interface; and manually adjusting the parameter value of an ultrasonic image, saving the current preset value when the image reaches an ideal effect, and adding the saved preset value to the preset value selection box. The ultrasonic diagnostic apparatus has the advantages of overcoming the complication of content selection of multiple text boxes and enriching the operation of the ultrasonic diagnostic apparatus so that the selection of preset values of ultrasonic diagnostic apparatus becomes visual and vivid.

To overcome the defect of inconvenience on patient type distinction degree and electronic tags in the conventional triaging system and method, the invention provides an automatic triaging method for a hospital. The automatic triaging method comprises the following steps: (1) obtaining patient information; (2) according to the patient information, allocating clinics where a patient needs to be triaged and the triaging priority of the clinics; (3) establishing wireless linkage with a mobile phone associated with the patient; (4) sending updated triaging information for the patient through wireless linkage; (5) conducting reminding and feedback updating: when receiving feedback information which is from a patient, meets the preset feedback condition and aims at the feedback information of a certain clinic, continuously updating the triaging information for the patient according to the step (4), or stopping updating the triaging information of the clinic for the patient and adjusting the triaging sequence of the follow-up patients of the clinic.

An apparatus has a patient care apparatus, a sensor disposed at the patient care apparatus, and an indicator device mountable to the patient care apparatus. The indicator device has an input device that inputs a patient type to the indicator device and an indicator that outputs a status to a user. The indicator outputs the status to the user based on the patient type and a configuration of the patient care apparatus sensed by the sensor. The patient care apparatus is selected from the group consisting of: a bed, a patient lift or hoist, a patient trolley and a patient standing aid.

The present invention encompasses a model-based method for determining insulin sensitivity and glucose absorption from oral glucose tolerance tests or mixed meals. The present invention has several advantages over current methods. The technique requires about four to six blood samples taken over about two to three hours following glucose ingestion and is therefore applicable to large-scale clinical trials. The analysis involves a reduced version of the classical minimal model, a method for describing glucose absorption using only two parameters, and an integral approach enabling the parametersto be obtained using simple algebra. The present method robustly identifies differences in insulin sensitivity in different patient types as well as improvements in insulin sensitivity arising from pharmaceutic therapy. In addition, insulin sensitivity measurements obtained with the present method are highly correlated with results from hyperinsulinemic clamps (r<2>>0.8). This method is thereforea practical and robust method for determining insulin sensitivity under physiologic conditions.

The invention provides a safe detection system for a non-invasive blood pressure measuring device; the system comprises a cuff type identification module; the cuff type identification module is used for receiving a cuff pressure signal and calculating a cuff internal pressure rising speed value through the cuff pressure signal; and the cuff internal pressure rising speed value is compared with the maximum pressure rising speed value of a corresponding patient type, so that whether a corresponding patient uses the correct type of non-invasive blood pressure measuring device or not is known. The invention has the beneficial effects that the cuff type identification module detects the cuff internal pressure rising speed in actual measurement and compares the cuff internal pressure rising speed in actual measurement with the maximum pressure rising speed value corresponding to the patient type selected by a user; when the actual patient type is inconsistent with the actual patient type tested by the non-invasive blood pressure measuring device, the safe detection system can find in time, so that the safety of the user in using the non-invasive blood pressure measuring device is ensured.

The present invention discloses a method for customizing forms of a medical information data base system to meet the needs of a specific medical practice where the needs includes conditions such as types of medical situations encountered, types of patients. The forms are linked to data and images, such as radiology images, that are stored within the data base system. By storing the customized forms in the data base system they are available for future recall. These forms supply necessary information and images upon user input of required criteria that are needed for analysis of a patient and the practitioner's diagnosis.

The invention provides a triage number-calling system based on RF technology and a method thereof. The triage number-calling system comprises an interface module, a registering module, a triage module, a display module and a queuing module, wherein the triage module comprises a patient diagnosis type identification module, a patient checking type identification module and a patient checking room identification module. The method comprises the following steps: (1) acquiring the information of the patient through the interface module and writing the information of the patient into an electronic label; (2) registering the patient according to the electronic label through the registering module; (3) queuing the patients by the triage module according to the registering order of the patients, patient type and diagnosis type; and (4) displaying the queuing information of the patients on a display device, and furthermore performing number-calling diagnosis on the patients through the queuing module. The triage number-calling system and the method can quickly and accurately finish processes of triage, registering, etc. Furthermore the triage number-calling system can settle the problems of low efficiency and relatively large number of human errors in the triage process and the registering process.

A method and apparatus for identifying the best provider and location to treat a patient using standard billing and other practice management system (“PMS”) data, combined with provider, location and patient type preferences, so that exactly those patients matching said preferences will be contacted and invited to make an appointment.

The invention provides a hospital automatic triage method, for the purpose of overcoming the defect of inconvenience existing in patient type distinction degree and electronic tags in a conventional triage system and method. The hospital automatic triage method comprises the following steps: (1) obtaining patient information; (2) according to the patient information, allocating clinics where a patient needs to be triaged and the triaging priority of the clinics; (3) establishing wireless linkage with a mobile phone associated with the patient; (4) sending updated triage information to the patient through the wireless linkage; and (5) conducting reminding and feedback updating: when updating conditions in the step (4) meets preset reminding conditions, waiting for feedback information of the patient; and when the feedback information which is from the patient, meets preset feedback conditions and aims at a certain clinic is received, continuously updating the triage information for the patient according to the step (4), or stopping updating the triage information of the clinic for the patient and adjusting the triage sequence of follow-up patients of the clinic.

The invention provides an outpatient service / emergency treatment medical prescription automatic bill dividing method, which comprises the following steps of: 1, initialization operation, including the processes of: a, initializing a mapping relationship between the medicine type and the prescription type; b, initializing a mapping relationship between the medicine property and the prescription type; and c, initializing a mapping relationship between the patient type and the prescription type; 2, prescription input; 3, bill division, including the processes of: a, grouping items in a prescription according to the patient type, the medicine type and the medicine property, and assigning the prescription type; b, grouping according to the medicine getting department; c, judging whether a medicine combined use item exists in each group obtained after the division or not according to the group information, grouping the medicine combined use item according to the medicine combined use, and grouping the rest parts according to the specified medicine quantity capable of being accommodated in each prescription bill; and 4, assigning a prescription number and an in-prescription serial number for each group, and completing the bill division. The method has the advantages that the bill division speed is high; the accuracy is high; the work efficiency of doctors can be favorably improved; and the trouble in aspects such as medicine taking and medicine use by patients is reduced.

An apparatus has a patient care apparatus, a sensor disposed at the patient care apparatus, and an indicator device mountable to the patient care apparatus. The indicator device has an input device that inputs a patient type to the indicator device and an indicator that outputs a status to a user. The indicator outputs the status to the user based on the patient type and a configuration of the patient care apparatus sensed by the sensor. The patient care apparatus is selected from the group consisting of: a bed, a patient lift or hoist, a patient trolley and a patient standing aid.

This invention relates to a dietary supplement that is specifically designed for use in three categories of patient type; patients undergoing treatment with oral or topical forms of retinoids such as Isotretinoin, Tretinoin and Retinoic Acid; patients with medical conditions / treatments that are aggravated by the consumption of Vitamin A; individuals in the prenatal period wishing to avoid the consumption of Vitamin A in supplements.The dietary supplement is not limited by the inclusion of specific vitamins, minerals or other nutrients, but rather the exclusion specifically of Vitamin A and / or its precursors for the purpose outlined above.

The present invention provides methods, compositions, formulations, and kits related to acadesine, or a prodrug, analog, or salt thereof, and / or a blood clotting inhibitor for preventing or reducing adverse side effects in a patient. The type of patient that may benefit includes a patient with decreased left ventricular function, a patient with a prior myocardial infarction, a patient undergoing non-vascular surgery, or a fetus during labor and delivery.

The invention provides a chronic disease patient video tracing method and device, electronic equipment and a readable storage medium, and the method comprises the steps: generating time indication information based on the disease information of a target patient; based on the time indication information, sending recording prompt information to patient equipment corresponding to the target patient, so that the target patient can receive the recording prompt information; receiving video information and recording time information sent by the patient equipment, and determining a display image of the target patient based on the video information; and storing the display image and the recording time information in a storage device. A doctor can conveniently trace the chronic disease condition of the target patient by using the stored display image and recording time information without regularly communicating with the target patient in real time, and the patient does not need to regularly go to a hospital, so that convenience is brought to the doctor and the patient, and the application range of different patient types is expanded.

A lead frame for shielding radiation is provided, which has a base, and the base is provided with a column-shaped lifting frame, the upper end of the lifting frame is fixedly connected to a lead box, a seat is arranged inside the lead box, a lead door is arranged on one side of the lead box, and a lead door is arranged outside the lead box. There is a handle Ⅰ, and one side of the lead box is designed as an opening. There are reels on the upper and lower sides of the opening. The reels are suitable for the lead curtain, and there is a handle II near the edge of the lead curtain; . The invention provides a large-scale airtight lead shielding space that surrounds the patient, simplifies the trouble of putting on lead clothing, protects the vital organs of the patient from injury, and improves the work efficiency of doctors at the same time.

The present invention provides a method and device for efficiently managing the alarm configuration file of a monitor, and the method for efficiently managing the alarm configuration file of a monitor includes the following steps: Step S1, pre-configuring each bed with a group corresponding to its bed number The network port of the network device; step S2, the central station obtains the patient information corresponding to the bed number, groups the network ports corresponding to the bed number according to the common attributes of the patient information, and sets corresponding alarm configurations according to different network port groups file; step S3, when the central station detects that a monitor is connected to the networking device, the central station sends the corresponding alarm configuration file to the monitor according to the network port grouping where the network port connected to the monitor is located; The networking equipment is connected to the central station. The present invention can set corresponding alarm configuration files according to different patient types, and on the basis of effectively reducing the workload of medical staff, it also reduces the error probability.

The invention discloses an intramuscular injection complication prevention system and method, and the system comprises the steps: obtaining the first patient type information of a first patient; obtaining identity information of the first patient; obtaining first treatment scheme information of the first patient; obtaining first physical examination report information of the first patient; obtaining first part information for injection; obtaining first injection medicine information for intramuscular injection; obtaining first solubility information of the first injection medicine; judging whether the first solubility reaches a first threshold value or not; and if the first solubility reaches the first threshold value, obtaining a first injection instruction. The technical effects of monitoring each body state of the patient in real time, timely adopting effective treatment means to prevent complications and optimizing a prevention system are achieved.

The invention relates to an intelligent cloud blood sugar management and control system, and the system comprises a cloud computing engine, a database module, a data input module, a report analysis module, an early-warning alarm module, a data collection module, and a patient management module, wherein the database module, the data input module, the report analysis module, the early-warning alarm module, the data collection module and the patient management module are respectively connected with the cloud computing engine. The beneficial effects of the invention lie in that the dosage recommended by a system can be obtained only if a patient types in a current blood sugar value regularly in a treatment process; the system can regulate and control the dosage timely and effectively; through the verification of a large clinical data, the system is accurate and effective on the management and control of blood sugar; the system will strengthen the monitoring in the treatment process, timely provides an alarm prompt sound for a nurse or sends a short message (voice) to the nurse, provides corresponding indication information for the user, so as to timely take measures for guaranteeing the safety of a patient, thereby greatly improving the management and control safety of blood sugar of the patient; the system is not limited by a place; the system brings convenience to a hospital for completely mastering the overall conditions of patients in the hospital, and improves the blood sugar management and control level of the hospital.

The invention discloses an intelligent registration method and system. According to the method and system, the historical diseases and the doctor-seeing frequency of a patient are obtained according to the doctor-seeing record of the patient, the patient type of the patient is judged according to the historical diseases and the doctor-seeing frequency of the patient, personalized registration recommendation for the patient is provided according to the patient type, the gender and the registration time period of the patient, and therefore, the patient can quickly find out the department and the doctor that the patient want register more possibly, so that the registration efficiency is improved; meanwhile, the information of the doctor with the least number of current queuing people is listed in the front for the patient to select, so that the queuing time of the patient is shortened, the registration distribution balance is promoted, the situation that some doctors are too busy and some doctors are too idle is avoided, and the utilization rate of medical resources is increased.